STEAMerChamps Academy

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  • (+233) 54 626 6223, (+233) 20 588 5344
  • info@steamerchamps.com
  • Off Gbawe CP Road, Gbawe - Accra
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STEAM Courses

Our Courses

Progressive, Hands-on, & Futuristic

Coding & Artificial Intelligence

This course introduces learners to the fundamentals of computer programming, digital problem-solving, and the foundations of artificial intelligence.

Through hands-on creation of stories, apps, games, simulations, and beginner AI models, learners explore how technology works and how they can use it to solve real-world problems.

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Skills Developed
  • Core Skills:
    Logical thinking, Problem-solving, Digital literacy, Understanding basic AI concepts.
  • 21st Century Skills:
    Creativity, Critical thinking, Collaboration, Communication, Innovation, Adaptability.
  • Technical Skills:
    Block/text-based programming, Coding concepts (loops, events, conditionals), Building games and apps, Creating simple AI models, Basic algorithm design
  • Ages: 6+ years
  • No prior experience required
  • Open to all young learners
  • Coding Foundations:
    Building a strong grasp of programming concepts using block-based or text-based coding.
  • Computational Skills:
    Breaking down big problems into small, solvable steps.
  • Game and App Creation:
    Creating interactive games and apps that connect learning to real-world experiences.
  • AI Literacy:
    Exploring artificial intelligence through hands-on projects like chatbots, biometric detections and more.
  • Digital Literacy:
    Gaining the skills to understand everyday technology and confidently create with it.

Learners progress steadily from beginner level gradually to advanced levels

  • Explorer (beginner)
  • Builder (Intermediate)
  • Innovator (advanced)

Things our learners will need:

  • Personal device (laptop-preferred /tablet)
  • Device Internet connectivity
  • Child Account for access to learning tools

Circuitry & IoT

This course introduces learners to electronics, circuitry, and the exciting world of smart devices. Through hands-on, playful projects, students explore how everyday gadgets work, build their own electronic systems, and — when ready — connect them to the internet to create smart, automated solutions. From lighting up LEDs to designing simple home-automation models, learners build a strong foundation in electronics, programming, and the Internet of Things (IoT). Along the way, the course nurtures critical thinking, creativity, and practical problem-solving in a fun, interactive environment.

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Skills Developed
  • Core Skills:
    Understanding electronics, Hands-on building, Design and testing, Engineering thinking, Real-world problem-solving
  • 21st Century Skills:
    Creativity, Critical thinking, Collaboration, Communication, Innovation, Adaptability.
  • Technical Skills:
    Circuit building, Working with components and sensors, Microcontroller programming, Basic automation, Introduction to IoT, connectivity.
  • Ages: 6+ years
  • No prior experience required
  • Open to all young learners
  • Electronics Fundamentals:
    Understanding voltage, current, resistance, and circuit design.
  • Microcontroller Mastery:
    Programming a tiny computer to interact with the physical world.
  • Sensing & Actuation:
    Using sensors to gather data and actuators (motors, LEDs) to cause effects..
  • Connectivity & Protocols:
    Learning how devices communicate (Wi-Fi, Bluetooth, MQTT).
  • IoT Systems Thinking:
    Designing and integrating hardware, software, and network layers into a functional system.

Learners progress steadily from beginner level gradually to advanced levels

  • Explorer (beginner)
  • Builder (Intermediate)
  • Innovator (advanced)

Things our learners will need:

  • Personal device (laptop-preferred /tablet) - optional
  • Child Account for access to learning tools

Robotics & Automation

This course introduces learners to the world of robotics, automation, and intelligent machines. Students design, build, and program robots that can move, sense their environment, and make decisions. Through hands-on engineering challenges, they explore how robots are used in industry, homes, health, and transport. Learners develop an engineering mindset as they combine mechanical design, coding, sensors, and automation to create functional robotic solutions.

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Skills Developed
  • Core Skills:
    Understanding robot behavior, Mechanical reasoning, Logical decision-making, Algorithmic thinking, Resilience in challenges
  • 21st Century Skills:
    Creativity, Critical thinking, Collaboration, Communication, Innovation, Adaptability.
  • Technical Skills:
    Robot construction, Programming movement & sensors, Automation routines, Sensor integration, Basic mechanical design
  • Ages: 6+ years
  • No prior experience required
  • Open to all young learners
  • Robotics Foundations:
    Core concepts of robot structure, movement, motors, and sensors.
  • Programming & Control:
    Coding robot actions and behaviors using block or text-based tools.
  • Sensing & Decision Making:
    Using sensors to detect the environment and trigger autonomous responses.
  • Automation & Applications:
    Building robots that perform tasks like navigation, gripping, or obstacle avoidance.
  • Innovation & Design:
    Creating, testing, and improving robotic solutions through hands-on challenges.

Learners progress steadily from beginner level gradually to advanced levels

  • Explorer (beginner)
  • Builder (Intermediate)
  • Innovator (advanced)

Things our learners will need:

  • Personal device (laptop-preferred /tablet) - optional
  • Child Account for access to learning tools
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